Viewing Program

Program Data

Program thumbnail for "{props.program.title}"

Title	Interactive Aquarium
ID	4472378095
Created	9 years ago, 1460515860444
Updated	3 years ago, 1664292042556
Code	/* In this game, you can: 1.) Tap on the glass (click the screen) to scare a nearby fish. 2.) Tap on the glass to knock a Starfish off the glass. 3.) Get a Whale Shark in your tank. 4.) Click on the yellow bags of Fish Food to feed the fish About: I made this program to try and make agents that are closer to the "front" appear in front of agents that are furthur away. Credit: Inspiration for this program is from the Sketch Aquarium program at the Explora children's museum, created by Team Lab. Log: 4-13-16: Went to bed and this program had 9 votes. 4-14-16: Woke up, this program had 19 votes and was on top of the Hot List for official projects. Today I added a feture where you can change the water the fish are swimming in. It ended the day with 60 votes. 4-15-16: This program started the day off with 72 votes. / var water=[0, 200, 255,5]; // Determines color and clarity of Water var waterSelect=false;// Is the water menue open? var x=[];// X value of the fish var y=[];// Y value of the fish var z=[];// Z value of the fish var xWay=[];// Horozontal direction and movement of the fish var yWay=[];// Vertical direction and movement of the fish var zWay=[];// Z-axis direction and movement of the fish var r1=[];// Red value on color 1 of the fish var g1=[];// Green value on color 1 of the fish var b1=[];// Blue value on color 1 of the fish var r2=[];// Red value on color 2 of the fish var g2=[];// Green value on color 2 of the fish var b2=[];// Blue value on color 2 of the fish var r3=[];// Red value on color 3 of the fish var g3=[];// Green value on color 3 of the fish var b3=[];// Blue value on color 3 of the fish var type=[];// determines kind of fish var number=0;// IDs the fish var hungry=[];// how hungry the fish are, and if they want to eat var x2=[150,200];// X value of the bag var y2=[-1000,-2000];// Y value of the bag var burst=[0,0];// determines if the bag has exploded var number2=2;// IDs the bags of fish food var x3=[];// X value of food var y3=[]; // Y value of food var fallX=[];// makes food fly left or right var fallY=[];// makes food fly up or down var foodType=[];// determines shape of the food var number3=0;// IDs the food var foodR=[];// determines if the food is Red var foodG=[];// determines if the food is Green var foodB=[];// determines if the food is Blue var foodR2=[];// Red color in the food var foodG2=[];// Green color in the food var foodB2=[];// Blue color in the food var foodTimer=[]; var food=function(id3){ if(foodTimer[id3]>0){ stroke(0, 0, 0); if(foodR[id3]>0){ foodR2[id3]=255; }else{ foodR2[id3]=0; } if(foodG[id3]>0){ foodG2[id3]=255; }else{ foodG2[id3]=0; } if(foodB[id3]>0){ foodB2[id3]=255; }else{ foodB2[id3]=0; } if(foodR2[id3]===0 && foodG2[id3]===0 && foodB2[id3]===0){ foodR2[id3]=255; foodG2[id3]=255; } fill(foodR2[id3],foodG2[id3],foodB2[id3]); if(foodType[id3]>=0 && foodType[id3]<1){ ellipse(x3[id3],y3[id3],10,10); } if(foodType[id3]>=1 && foodType[id3]<2){ rect(x3[id3]-5,y3[id3]-5,10,10); } if(foodType[id3]>=2 && foodType[id3]<3){ quad(x3[id3]-5,y3[id3], x3[id3],y3[id3]-5, x3[id3]+5,y3[id3], x3[id3],y3[id3]+5); } x3[id3]+=fallX[id3]; if(y3[id3]<380){ y3[id3]+=fallY[id3]; } if(fallX[id3]>0){ fallX[id3]-=1; } if(fallX[id3]<0){ fallX[id3]+=1; } if(fallY[id3]>0){ fallY[id3]-=1; } if(fallY[id3]<2){ fallY[id3]+=1; } if(fallX[id3]<1 && fallX[id3]>-1){ fallX[id3]=0; } for(var q=0; q<number; q++){ if(hungry[q]>100){ if(x[q]>x3[id3]){ xWay[q]-=0.02; } if(x[q]<x3[id3]){ xWay[q]+=0.02; } if(y[q]>y3[id3]){ yWay[q]-=0.05; } if(y[q]<y3[id3]){ yWay[q]+=0.05; } if(z[q]<40){ zWay[q]+=0.02; } } if(z[q]>35 && x[q]<x3[id3]+30 && x[q]>x3[id3]-30 && hungry[q]>0){ hungry[q]-=random(0,3000); } } foodTimer[id3]--; } }; var fish=function(id){ if(id+60>number){ hungry[id]++; x[id]+=xWay[id]; y[id]+=yWay[id]; ///////////////////////////////////////////// FISH if(type[id]<80){ if(type[id]<60){ stroke(0, 0, 0); fill(r1[id], g1[id], b1[id]); ellipse(x[id],y[id],(z[id]+40),(z[id]+40)/3); if(xWay[id]<0){ fill(r2[id], g2[id], b2[id]); beginShape(); vertex(x[id]+(z[id]+40)/2.5, y[id]-(z[id]+40)/10); vertex(x[id]+(z[id]+40)/1.4, y[id]-(z[id]+40)/4); vertex(x[id]+(z[id]+40)/1.6, y[id]); vertex(x[id]+(z[id]+40)/1.4, y[id]+(z[id]+40)/4); vertex(x[id]+(z[id]+40)/2.5, y[id]+(z[id]+40)/10); endShape(); fill(r3[id], g3[id], b3[id]); beginShape(); vertex(x[id]-(z[id]+40)/3, y[id]-(z[id]+40)/8); vertex(x[id]+(z[id]+40)/7, y[id]-(z[id]+40)/4); vertex(x[id]+(z[id]+40)/2.5, y[id]-(z[id]+40)/10); endShape(); beginShape(); vertex(x[id]-(z[id]+40)/5, y[id]+(z[id]+40)/40); vertex(x[id]+(z[id]+40)/10, y[id]-(z[id]+40)/10); vertex(x[id]+(z[id]+40)/20, y[id]+(z[id]+40)/10); vertex(x[id]-(z[id]+40)/5, y[id]+(z[id]+40)/11); endShape(); fill(0, 0, 0); ellipse(x[id]-(z[id]+40)/3, y[id], (z[id]+40)/15,(z[id]+40)/15); }else{ fill(r2[id], g2[id], b2[id]); beginShape(); vertex(x[id]-(z[id]+40)/2.5, y[id]-(z[id]+40)/10); vertex(x[id]-(z[id]+40)/1.4, y[id]-(z[id]+40)/4); vertex(x[id]-(z[id]+40)/1.6, y[id]); vertex(x[id]-(z[id]+40)/1.4, y[id]+(z[id]+40)/4); vertex(x[id]-(z[id]+40)/2.5, y[id]+(z[id]+40)/10); endShape(); fill(r3[id], g3[id], b3[id]); beginShape(); vertex(x[id]+(z[id]+40)/3, y[id]-(z[id]+40)/8); vertex(x[id]-(z[id]+40)/7, y[id]-(z[id]+40)/4); vertex(x[id]-(z[id]+40)/2.5, y[id]-(z[id]+40)/10); endShape(); beginShape(); vertex(x[id]+(z[id]+40)/5, y[id]+(z[id]+40)/40); vertex(x[id]-(z[id]+40)/10, y[id]-(z[id]+40)/10); vertex(x[id]-(z[id]+40)/20, y[id]+(z[id]+40)/10); vertex(x[id]+(z[id]+40)/5, y[id]+(z[id]+40)/11); endShape(); fill(0, 0, 0); ellipse(x[id]+(z[id]+40)/3, y[id], (z[id]+40)/15,(z[id]+40)/15); } //////////// ANGELFISH }else{ stroke(0, 0, 0); if(xWay[id]<0){ fill(r1[id],g1[id],b1[id]); beginShape(); curveVertex(x[id]-(z[id]+40)/3, y[id]-(z[id]+40)/15); vertex(x[id]-(z[id]+40)/3, y[id]+(z[id]+40)/15); vertex(x[id]-(z[id]+40)/8, y[id]+(z[id]+40)/12); vertex(x[id]+(z[id]+40)/12, y[id]+(z[id]+40)/2.5); vertex(x[id]+(z[id]+40)/2, y[id]+(z[id]+40)/1.8); vertex(x[id]+(z[id]+40)/3, y[id]); vertex(x[id]+(z[id]+40)/2, y[id]-(z[id]+40)/1.8); vertex(x[id]+(z[id]+40)/12, y[id]-(z[id]+40)/2.5); vertex(x[id]-(z[id]+40)/8, y[id]-(z[id]+40)/12); vertex(x[id]-(z[id]+40)/3, y[id]-(z[id]+40)/15); vertex(x[id]-(z[id]+40)/3, y[id]+(z[id]+40)/15); vertex(x[id]-(z[id]+40)/8, y[id]+(z[id]+40)/12); endShape(); fill(r2[id],g2[id],b2[id]); beginShape(); curveVertex(x[id]+(z[id]+40)/40, y[id]); vertex(x[id]+(z[id]+40)/2.8, y[id]-(z[id]+40)/2.3); vertex(x[id]+(z[id]+40)/4, y[id]); vertex(x[id]+(z[id]+40)/2.8, y[id]+(z[id]+40)/2.3); vertex(x[id], y[id]); vertex(x[id]+(z[id]+40)/2.8, y[id]-(z[id]+40)/2.3); vertex(x[id]+(z[id]+40)/4, y[id]); endShape(); fill(r3[id],g3[id],b3[id]); beginShape(); vertex(x[id]+(z[id]+40)/3.1, y[id]-(z[id]+40)/12); vertex(x[id]+(z[id]+40)/1.8, y[id]-(z[id]+40)/8); vertex(x[id]+(z[id]+40)/1.8, y[id]+(z[id]+40)/8); vertex(x[id]+(z[id]+40)/3.1, y[id]+(z[id]+40)/12); endShape(); beginShape(); vertex(x[id]-(z[id]+40)/20, y[id]+(z[id]+40)/12); vertex(x[id]+(z[id]+40)/3, y[id]-(z[id]+40)/20); vertex(x[id]+(z[id]+40)/5, y[id]+(z[id]+40)/6); vertex(x[id]+(z[id]+40)/100, y[id]+(z[id]+40)/6); endShape(); fill(0, 0, 0); ellipse(x[id]+(z[id]+40)/60, y[id]-(z[id]+40)/12, (z[id]+40)/15,(z[id]+40)/15); }else{ fill(r1[id],g1[id],b1[id]); beginShape(); curveVertex(x[id]+(z[id]+40)/3, y[id]-(z[id]+40)/15); vertex(x[id]+(z[id]+40)/3, y[id]+(z[id]+40)/15); vertex(x[id]+(z[id]+40)/8, y[id]+(z[id]+40)/12); vertex(x[id]-(z[id]+40)/12, y[id]+(z[id]+40)/2.5); vertex(x[id]-(z[id]+40)/2, y[id]+(z[id]+40)/1.8); vertex(x[id]-(z[id]+40)/3, y[id]); vertex(x[id]-(z[id]+40)/2, y[id]-(z[id]+40)/1.8); vertex(x[id]-(z[id]+40)/12, y[id]-(z[id]+40)/2.5); vertex(x[id]+(z[id]+40)/8, y[id]-(z[id]+40)/12); vertex(x[id]+(z[id]+40)/3, y[id]-(z[id]+40)/15); vertex(x[id]+(z[id]+40)/3, y[id]+(z[id]+40)/15); vertex(x[id]+(z[id]+40)/8, y[id]+(z[id]+40)/12); endShape(); fill(r2[id],g2[id],b2[id]); beginShape(); curveVertex(x[id]-(z[id]+40)/40, y[id]); vertex(x[id]-(z[id]+40)/2.8, y[id]-(z[id]+40)/2.3); vertex(x[id]-(z[id]+40)/4, y[id]); vertex(x[id]-(z[id]+40)/2.8, y[id]+(z[id]+40)/2.3); vertex(x[id], y[id]); vertex(x[id]-(z[id]+40)/2.8, y[id]-(z[id]+40)/2.3); vertex(x[id]-(z[id]+40)/4, y[id]); endShape(); fill(r3[id],g3[id],b3[id]); beginShape(); vertex(x[id]-(z[id]+40)/3.1, y[id]-(z[id]+40)/12); vertex(x[id]-(z[id]+40)/1.8, y[id]-(z[id]+40)/8); vertex(x[id]-(z[id]+40)/1.8, y[id]+(z[id]+40)/8); vertex(x[id]-(z[id]+40)/3.1, y[id]+(z[id]+40)/12); endShape(); beginShape(); vertex(x[id]+(z[id]+40)/20, y[id]+(z[id]+40)/12); vertex(x[id]-(z[id]+40)/3, y[id]-(z[id]+40)/20); vertex(x[id]-(z[id]+40)/5, y[id]+(z[id]+40)/6); vertex(x[id]-(z[id]+40)/100, y[id]+(z[id]+40)/6); endShape(); fill(0, 0, 0); ellipse(x[id]-(z[id]+40)/60, y[id]-(z[id]+40)/12, (z[id]+40)/15,(z[id]+40)/15); } } //MOVING xWay[id]+=random(-0.05,0.05); yWay[id]+=random(-0.05,0.05); zWay[id]+=random(-0.1,0.1); if(zWay[id]>1){ zWay[id]-=0.1; z[id]++; } if(zWay[id]<-1){ zWay[id]+=0.1; z[id]--; } //Scaring if(mouseIsPressed && z[id]>30 && mouseY>y[id]-(z[id]+40) && mouseY<y[id]+(z[id]+40)){ if(mouseX< x[id]+(z[id]+40) && mouseX>x[id]){ xWay[id]=-10; zWay[id]=-10; } if(mouseX> x[id]-(z[id]+40) && mouseX<x[id]){ xWay[id]=10; zWay[id]=-10; } } //Constraints if(x[id]<-100){ xWay[id]=1; } if(x[id]>700){ xWay[id]=-1; } if(xWay[id]>0 && xWay[id]<0.1){ xWay[id]=0.1; } if(xWay[id]<0 && xWay[id]>-0.1){ xWay[id]=-0.1; } if(y[id]<0){ yWay[id]=0.5; } if(y[id]>280+z[id]){ yWay[id]=-0.1; } if(yWay[id]>0.5){ yWay[id]=0.5; } if(yWay[id]<-0.5){ yWay[id]=-0.5; } if(z[id]>50){ z[id]=50; } if(z[id]<0){ z[id]=0; } } ///////////////////////////////////////////// STARFISH if(type[id]>80 && type[id]<85){ hungry[id]=0; z[id]=51; stroke(0,0,0); fill(r1[id],g1[id],b1[id]); beginShape(); curveVertex(x[id]-2,y[id]-20); vertex(x[id]+2,y[id]-20); vertex(x[id]+7,y[id]-7);// vertex(x[id]+19,y[id]-8); vertex(x[id]+19,y[id]-4); vertex(x[id]+9,y[id]+4);// vertex(x[id]+12,y[id]+17); vertex(x[id]+8,y[id]+17); vertex(x[id]+0,y[id]+9);// vertex(x[id]-8,y[id]+17); vertex(x[id]-12,y[id]+17); vertex(x[id]-9,y[id]+4);// vertex(x[id]-19,y[id]-4); vertex(x[id]-19,y[id]-8); vertex(x[id]-7,y[id]-7);// vertex(x[id]-2,y[id]-20); vertex(x[id]+2,y[id]-20); vertex(x[id]+5,y[id]-5);// endShape(); stroke(r2[id],g2[id],b2[id]); fill(r3[id],g3[id],b3[id]); ellipse(x[id],y[id],6,6); ellipse(x[id],y[id]-8,4,4); ellipse(x[id]+8,y[id]-2,4,4); ellipse(x[id]-8,y[id]-2,4,4); ellipse(x[id]-5,y[id]+7,4,4); ellipse(x[id]+5,y[id]+7,4,4); //Moving xWay[id]+=random(-0.01,0.01); yWay[id]+=random(-0.01,0.01); //Scaring if(mouseIsPressed && mouseX>x[id]-30 && mouseX<x[id]+30 && mouseY>y[id]-30 && mouseY<y[id]+30){ yWay[id]=3; } //Constraints if(xWay[id]<-0.08){ xWay[id]=-0.08; } if(xWay[id]>0.08){ xWay[id]=0.08; } if(yWay[id]<-0.08){ yWay[id]+=0.02; } if(yWay[id]>0.08){ yWay[id]-=random(0,0.05); } if(x[id]<50){ xWay[id]+=0.01; } if(x[id]>550){ xWay[id]-=0.01; } if(y[id]<50){ yWay[id]+=0.01; } if(y[id]>150){ yWay[id]-=random(0,0.02); } } ///////////////////////////////////////////// JELLYFISH if(type[id]>85 && type[id]<99){ hungry[id]=0; fill(r3[id],g3[id],b3[id]); stroke(0, 0, 0); beginShape(); curveVertex(x[id]-(z[id]+40)/3, y[id]); vertex(x[id]-(z[id]+40)/3, y[id]); vertex(x[id]-(z[id]+40)/6, y[id]+(z[id]+40)/6); vertex(x[id]-(z[id]+40)/3, y[id]+(z[id]+40)/3); vertex(x[id]-(z[id]+40)/4, y[id]+(z[id]+40)/3); vertex(x[id]-(z[id]+40)/10, y[id]+(z[id]+40)/6); vertex(x[id]-(z[id]+40)/4, y[id]); vertex(x[id]-(z[id]+40)/4, y[id]); endShape(); beginShape(); curveVertex(x[id]+(z[id]+40)/4, y[id]); vertex(x[id]+(z[id]+40)/4, y[id]); vertex(x[id]+(z[id]+40)/6, y[id]+(z[id]+40)/6); vertex(x[id]-(z[id]+40)/12, y[id]+(z[id]+40)/2.5); vertex(x[id], y[id]+(z[id]+40)/2.5); vertex(x[id]+(z[id]+40)/4, y[id]+(z[id]+40)/6); vertex(x[id]+(z[id]+40)/3, y[id]); vertex(x[id]+(z[id]+40)/3, y[id]); endShape(); beginShape(); curveVertex(x[id]-(z[id]+40)/30, y[id]); vertex(x[id]-(z[id]+40)/30, y[id]); vertex(x[id]-(z[id]+40)/3, y[id]+(z[id]+40)/6); vertex(x[id], y[id]+(z[id]+40)/3); vertex(x[id]+(z[id]+40)/10, y[id]+(z[id]+40)/3); vertex(x[id]-(z[id]+40)/4.5, y[id]+(z[id]+40)/6); vertex(x[id]+(z[id]+40)/10, y[id]); vertex(x[id]+(z[id]+40)/10, y[id]); endShape(); fill(r1[id],g1[id],b1[id]); arc(x[id],y[id], (z[id]+40),(z[id]+40), -180,0); line(x[id]-(z[id]+40)/2,y[id], x[id]+(z[id]+40)/2,y[id]); fill(r2[id],g2[id],b2[id]); ellipse(x[id]-(z[id]+40)/3,y[id]-(z[id]+40)/6, (z[id]+40)/7,(z[id]+40)/7); ellipse(x[id]-(z[id]+40)/5,y[id]-(z[id]+40)/3, (z[id]+40)/7,(z[id]+40)/7); ellipse(x[id]-(z[id]+40)/9,y[id]-(z[id]+40)/8, (z[id]+40)/7,(z[id]+40)/7); ellipse(x[id]-(z[id]+40)/200,y[id]-(z[id]+40)/2.5, (z[id]+40)/7,(z[id]+40)/7); ellipse(x[id]+(z[id]+40)/12,y[id]-(z[id]+40)/7, (z[id]+40)/7,(z[id]+40)/7); ellipse(x[id]+(z[id]+40)/5,y[id]-(z[id]+40)/3.5, (z[id]+40)/7,(z[id]+40)/7); ellipse(x[id]+(z[id]+40)/3,y[id]-(z[id]+40)/9, (z[id]+40)/7,(z[id]+40)/7); // MOVING xWay[id]+=random(-0.1,0.1); yWay[id]+=random(-0.1,0.1); zWay[id]+=random(-0.1,0.1); if(zWay[id]>1){ zWay[id]-=0.1; z[id]++; } if(zWay[id]<-1){ zWay[id]+=0.1; z[id]--; } // CONSTRAINTS if(xWay[id]>0.5){ xWay[id]=0.5; } if(xWay[id]<-0.5){ xWay[id]=-0.5; } if(x[id]<-100){ xWay[id]=1; } if(x[id]>700){ xWay[id]=-1; } if(y[id]<0){ yWay[id]=0.5; } if(y[id]>280+z[id]){ yWay[id]=-0.1; } if(yWay[id]>0.5){ yWay[id]=0.5; } if(yWay[id]<-0.5){ yWay[id]=-0.5; } if(z[id]>50){ z[id]=50; } if(z[id]<0){ z[id]=0; } } ///////////////////////////////////////////// WHALE SHARK if(type[id]>99){ hungry[id]=0; stroke(0, 0, 0); if(xWay[id]<0){ fill(r1[id],g1[id],b1[id]); beginShape(); vertex(x[id]+(z[id]+40)/0.75, y[id]-(z[id]+40)/0.5); curveVertex(x[id], y[id]-(z[id]+40)/0.9); vertex(x[id]-(z[id]+40)/0.5, y[id]-(z[id]+40)/4); vertex(x[id]-(z[id]+40)/0.5, y[id]+(z[id]+40)/4); vertex(x[id], y[id]+(z[id]+40)/0.9); vertex(x[id]+(z[id]+40)/0.15, y[id]+(z[id]+40)/4); vertex(x[id]+(z[id]+40)/0.12, y[id]+(z[id]+40)/1); vertex(x[id]+(z[id]+40)/0.12, y[id]); vertex(x[id]+(z[id]+40)/0.12, y[id]-(z[id]+40)/1); vertex(x[id]+(z[id]+40)/0.15, y[id]-(z[id]+40)/4); vertex(x[id]+(z[id]+40)/0.52, y[id]-(z[id]+40)/0.9); vertex(x[id]+(z[id]+40)/0.75, y[id]-(z[id]+40)/0.5); vertex(x[id], y[id]-(z[id]+40)/0.9); vertex(x[id]-(z[id]+40)/0.5, y[id]-(z[id]+40)/4); endShape(); fill(r3[id],g3[id],b3[id]); beginShape(); curveVertex(x[id]-(z[id]+40)/0.7, y[id]-(z[id]+40)/0.5);// vertex(x[id]-(z[id]+40)/0.443, y[id]-(z[id]+40)/100);// vertex(x[id]-(z[id]+40)/0.8, y[id]+(z[id]+40)/1.0); vertex(x[id]+(z[id]+40)/1, y[id]+(z[id]+40)/0.8); vertex(x[id]+(z[id]+40)/0.29, y[id]+(z[id]+40)/1.45);// vertex(x[id]+(z[id]+40)/0.29, y[id]+(z[id]+40)/1.8);//// vertex(x[id]+(z[id]+40)/4, y[id]+(z[id]+40)/3); vertex(x[id]-(z[id]+40)/0.443, y[id]-(z[id]+40)/100);// vertex(x[id]-(z[id]+40)/0.443, y[id]-(z[id]+40)/100);// endShape(); fill(r1[id],g1[id],b1[id]); beginShape(); curveVertex(x[id]+(z[id]+40)/1, y[id]-(z[id]+40)/15); vertex(x[id]-(z[id]+40)/2, y[id]+(z[id]+40)/15); vertex(x[id]-(z[id]+40)/1.1, y[id]+(z[id]+40)/0.7); vertex(x[id]+(z[id]+40)/1, y[id]+(z[id]+40)/15); vertex(x[id]+(z[id]+40)/0.5, y[id]-(z[id]+40)/15); endShape(); fill(r2[id],g2[id],b2[id]); ellipse(x[id]+(z[id]+40)/0.7, y[id]-(z[id]+40)/1.4, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]+(z[id]+40)/0.54, y[id]-(z[id]+40)/1.1, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]+(z[id]+40)/0.46, y[id]-(z[id]+40)/1.4, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]+(z[id]+40)/0.37, y[id]-(z[id]+40)/1.3, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]+(z[id]+40)/0.33, y[id]-(z[id]+40)/1.7, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]+(z[id]+40)/0.30, y[id]-(z[id]+40)/2.5, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]+(z[id]+40)/0.27, y[id]-(z[id]+40)/6.5, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]+(z[id]+40)/0.24, y[id]+(z[id]+40)/20.5, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]+(z[id]+40)/0.22, y[id]+(z[id]+40)/3.5, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]+(z[id]+40)/0.22, y[id]-(z[id]+40)/6.5, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]+(z[id]+40)/0.25, y[id]-(z[id]+40)/2.5, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]+(z[id]+40)/0.19, y[id]-(z[id]+40)/6.5, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]+(z[id]+40)/0.197, y[id]+(z[id]+40)/6.5, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]+(z[id]+40)/0.17, y[id]-(z[id]+40)/16.5, (z[id]+40)/2,(z[id]+40)/6); fill(0, 0, 0); ellipse(x[id]-(z[id]+40)/1, y[id]-(z[id]+40)/2.5, (z[id]+40)/4,(z[id]+40)/6); }else{ fill(r1[id],g1[id],b1[id]); beginShape(); vertex(x[id]-(z[id]+40)/0.75, y[id]-(z[id]+40)/0.5); curveVertex(x[id], y[id]-(z[id]+40)/0.9); vertex(x[id]+(z[id]+40)/0.5, y[id]-(z[id]+40)/4); vertex(x[id]+(z[id]+40)/0.5, y[id]+(z[id]+40)/4); vertex(x[id], y[id]+(z[id]+40)/0.9); vertex(x[id]-(z[id]+40)/0.15, y[id]+(z[id]+40)/4); vertex(x[id]-(z[id]+40)/0.12, y[id]+(z[id]+40)/1); vertex(x[id]-(z[id]+40)/0.12, y[id]); vertex(x[id]-(z[id]+40)/0.12, y[id]-(z[id]+40)/1); vertex(x[id]-(z[id]+40)/0.15, y[id]-(z[id]+40)/4); vertex(x[id]-(z[id]+40)/0.52, y[id]-(z[id]+40)/0.9); vertex(x[id]-(z[id]+40)/0.75, y[id]-(z[id]+40)/0.5); vertex(x[id], y[id]-(z[id]+40)/0.9); vertex(x[id]+(z[id]+40)/0.5, y[id]-(z[id]+40)/4); endShape(); fill(r3[id],g3[id],b3[id]); beginShape(); curveVertex(x[id]+(z[id]+40)/0.7, y[id]-(z[id]+40)/0.5);// vertex(x[id]+(z[id]+40)/0.443, y[id]-(z[id]+40)/100);// vertex(x[id]+(z[id]+40)/0.8, y[id]+(z[id]+40)/1.0); vertex(x[id]-(z[id]+40)/1, y[id]+(z[id]+40)/0.8); vertex(x[id]-(z[id]+40)/0.29, y[id]+(z[id]+40)/1.45);// vertex(x[id]-(z[id]+40)/0.29, y[id]+(z[id]+40)/1.8);//// vertex(x[id]-(z[id]+40)/4, y[id]+(z[id]+40)/3); vertex(x[id]+(z[id]+40)/0.443, y[id]-(z[id]+40)/100);// vertex(x[id]+(z[id]+40)/0.443, y[id]-(z[id]+40)/100);// endShape(); fill(r1[id],g1[id],b1[id]); beginShape(); curveVertex(x[id]-(z[id]+40)/1, y[id]-(z[id]+40)/15); vertex(x[id]+(z[id]+40)/2, y[id]+(z[id]+40)/15); vertex(x[id]+(z[id]+40)/1.1, y[id]+(z[id]+40)/0.7); vertex(x[id]-(z[id]+40)/1, y[id]+(z[id]+40)/15); vertex(x[id]-(z[id]+40)/0.5, y[id]-(z[id]+40)/15); endShape(); fill(r2[id],g2[id],b2[id]); ellipse(x[id]-(z[id]+40)/0.7, y[id]-(z[id]+40)/1.4, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]-(z[id]+40)/0.54, y[id]-(z[id]+40)/1.1, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]-(z[id]+40)/0.46, y[id]-(z[id]+40)/1.4, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]-(z[id]+40)/0.37, y[id]-(z[id]+40)/1.3, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]-(z[id]+40)/0.33, y[id]-(z[id]+40)/1.7, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]-(z[id]+40)/0.30, y[id]-(z[id]+40)/2.5, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]-(z[id]+40)/0.27, y[id]-(z[id]+40)/6.5, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]-(z[id]+40)/0.24, y[id]+(z[id]+40)/20.5, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]-(z[id]+40)/0.22, y[id]+(z[id]+40)/3.5, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]-(z[id]+40)/0.22, y[id]-(z[id]+40)/6.5, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]-(z[id]+40)/0.25, y[id]-(z[id]+40)/2.5, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]-(z[id]+40)/0.19, y[id]-(z[id]+40)/6.5, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]-(z[id]+40)/0.197, y[id]+(z[id]+40)/6.5, (z[id]+40)/2,(z[id]+40)/6); ellipse(x[id]-(z[id]+40)/0.17, y[id]-(z[id]+40)/16.5, (z[id]+40)/2,(z[id]+40)/6); fill(0, 0, 0); ellipse(x[id]+(z[id]+40)/1, y[id]-(z[id]+40)/2.5, (z[id]+40)/4,(z[id]+40)/6); } //MOVING if(xWay[id]>0){ xWay[id]+=random(-0.08,0.1); }else{ xWay[id]+=random(-0.1,0.08); } yWay[id]+=random(-0.1,0.1); zWay[id]+=random(-0.2,0.2); if(zWay[id]>1){ zWay[id]-=0.2; z[id]++; } if(zWay[id]<-1){ zWay[id]+=0.2; z[id]--; } //Constraints if(x[id]<-850){ xWay[id]=1; } if(x[id]>1450){ xWay[id]=-1; } if(xWay[id]>0 && xWay[id]<0.2){ xWay[id]=0.2; } if(xWay[id]<0 && xWay[id]>-0.2){ xWay[id]=-0.2; } if(y[id]<100){ yWay[id]=0.5; } if(y[id]>240+z[id]){ yWay[id]=-0.1; } if(yWay[id]>0.5){ yWay[id]=0.5; } if(yWay[id]<-0.5){ yWay[id]=-0.5; } if(z[id]>50){ z[id]=50; } if(z[id]<0){ z[id]=0; } } } }; var bag=function(id2){ if(burst[id2]<500){ stroke(255, 0, 0, 255-burst[id2]); fill(255, 255, 0, 255-burst[id2]); ellipse(x2[id2], y2[id2], 60+burst[id2],60+burst[id2]); beginShape(); vertex(x2[id2]-(burst[id2]+60)/4, y2[id2]-(burst[id2]+60)/2.3); vertex(x2[id2]+(burst[id2]+60)/4, y2[id2]-(burst[id2]+60)/2.3); vertex(x2[id2]+(burst[id2]+60)/2.5, y2[id2]-(burst[id2]+60)/1.5); vertex(x2[id2]-(burst[id2]+60)/2.5, y2[id2]-(burst[id2]+60)/1.5); vertex(x2[id2]-(burst[id2]+60)/4, y2[id2]-(burst[id2]+60)/2.3); endShape(); noStroke(); fill(0, 155, 0, 255-burst[id2]5); ellipse(x2[id2]-(burst[id2]+60)/6, y2[id2]-(burst[id2]+60)/4,20,20); fill(0, 0, 200, 255-burst[id2]5); rect(x2[id2]+(burst[id2]+60)/20, y2[id2]-(burst[id2]+60)/7,20,20); fill(255, 0, 0, 255-burst[id2]5); quad(x2[id2]-10-(burst[id2]+60)/5, y2[id2]+(burst[id2]+60)/10, x2[id2]-(burst[id2]+60)/5, y2[id2]-10+(burst[id2]+60)/10, x2[id2]+10-(burst[id2]+60)/5, y2[id2]+(burst[id2]+60)/10, x2[id2]-(burst[id2]+60)/5, y2[id2]+10+(burst[id2]+60)/10); if(y2[id2]<350){ y2[id2]+=2; } if(mouseIsPressed && mouseX>x2[id2]-30 && mouseX<x2[id2]+30 && mouseY>y2[id2]-30 && mouseY<y2[id2]+30 && burst[id2]===0){ x2[number2]=random(100,300); y2[number2]=random(-2000,-1000); burst[number2]=0; number2++; burst[id2]=1; for(var k=0; k<20; k++){ x3[number3]=x2[id2]; y3[number3]=y2[id2]; foodType[number3]=random(0,3); fallX[number3]=random(-20,20); fallY[number3]=random(-25,0); foodR[number3]=random(-1,1); foodG[number3]=random(-1,1); foodB[number3]=random(-1,1); foodTimer[number3]=random(180,240); number3++; } } if(burst[id2]>0){ burst[id2]+=8; } } }; var draw= function() { frameRate(40); background(100, 150, 255); fill(0, 8, 115); rect(-1,280,601,150); //Ordering everything for(var w=0; w<=51; w++){ noStroke(); fill(water[0], water[1], water[2], water[3]); rect(-1,-1,601,301+w*2.8); for(var n=0; n<number; n++){ if(z[n]===w){ fish(n); } } if(w===20){ stroke(0, 0, 0); fill(148, 27, 148); beginShape(); vertex(-1,345); vertex(50,342); vertex(92,337); vertex(120,329); vertex(116,299); vertex(116,299); vertex(102,283); vertex(69,275); vertex(49,275); vertex(28,270); vertex(-1,270); endShape(); beginShape(); vertex(50,345); vertex(57,347); vertex(67,347); vertex(79,344); vertex(76,335); vertex(69,329); vertex(61,329); vertex(55,332); vertex(50,345); endShape(); } if(w===30){ stroke(0, 0, 0); fill(100, 200, 156); beginShape(); vertex(414,326); vertex(454,238); vertex(491,192); vertex(519,182); vertex(541,183); vertex(611,204); vertex(611,149); vertex(568,140); vertex(519,138); vertex(492,143); vertex(462,160); vertex(382,250); vertex(382,300); endShape(); } if(w===40){ for(var n3=0; n3<number3; n3++){ food(n3); } for(var n2=0; n2<number2; n2++){ bag(n2); } stroke(0, 0, 0); fill(100, 200, 156); beginShape(); vertex(300,400); vertex(336,373); vertex(350,350); vertex(382,200); vertex(387,194); vertex(398,197); vertex(407,216); vertex(414,241); vertex(425,278); vertex(450,300); vertex(550,260); vertex(601,250); vertex(601,400); endShape(); fill(255, 200, 0); beginShape(); vertex(382,200); vertex(385,194); vertex(352,154); vertex(379,139); vertex(409,144); vertex(432,154); vertex(396,194); vertex(398,197); endShape(); line(379,143, 389,191); line(409,149, 393,191); } if(w===50){ stroke(0, 0, 0); fill(100, 200, 156); beginShape(); vertex(400,400); vertex(450,350); vertex(550,300); vertex(601,290); vertex(601,400); endShape(); } } // Add Button fill(171, 171, 171); stroke(0, 0, 0); rect(-1,-1,40,40); fill(50, 255, 0); beginShape(); vertex(15,5); vertex(25,5); vertex(25,15); vertex(35,15); vertex(35,25); vertex(25,25); vertex(25,35); vertex(15,35); vertex(15,25); vertex(5,25); vertex(5,15); vertex(15,15); vertex(15,5); endShape(); if(mouseX<40 && mouseY<40 && mouseIsPressed){ x[number]=random(-100,700); xWay[number]=random(-1,1); y[number]=random(0,350); yWay[number]=0; z[number]=35; zWay[number]=0; r1[number]=random(0,255); g1[number]=random(0,255); b1[number]=random(0,255); r2[number]=random(0,255); g2[number]=random(0,255); b2[number]=random(0,255); r3[number]=r1[number]+random(-50,50); g3[number]=g1[number]+random(-50,50); b3[number]=b1[number]+random(-50,50); type[number]=random(0,100); hungry[number]=random(-1000,100); number++; } // Water Button if(waterSelect===false){ fill(50, 50, 255); rect(490,-15,130,50,15); fill(0, 0, 0); textSize(20); text("∇--Water", 505,10,100,100); if(mouseX>490 && mouseY<35 && mouseIsPressed){ waterSelect=true; } } else{ fill(255, 255, 255); rect(490,-1,180,260); fill(50, 50, 255); rect(490,240,130,40,15); fill(179, 179, 179); rect(490,-15,130,50,15); fill(0, 0, 0); textSize(15); text("Light Blue", 515,40,80,100); text("Deep Blue", 514,70,80,100); text("Clear", 527,100,100,100); text("Algea", 526,130,120,100); text("Twilight", 520,160,120,100); text("Midight", 522,190,120,100); text("Bubblegum", 510,220,120,100); textSize(20); text("Δ--Water", 505,252,80,100); textSize(16); text("Select Water", 500,10,100,100); line(500,60, 590,60); line(500,90, 590,90); line(500,120, 590,120); line(500,150, 590,150); line(500,180, 590,180); line(500,210, 590,210); if(mouseX > 490 && mouseY > 240 && mouseY < 280 && mouseIsPressed){ waterSelect=false; } if(mouseIsPressed && mouseX>490){ // Select different Waters if(mouseY>35 && mouseY<60){ water=[0, 200, 255,5]; } if(mouseY>60 && mouseY<90){ water=[0, 50, 180,5]; } if(mouseY>90 && mouseY<120){ water=[0, 0, 0,0]; } if(mouseY>120 && mouseY<150){ water=[50, 200, 0,10]; } if(mouseY>150 && mouseY<180){ water=[0, 0, 50,8]; } if(mouseY>180 && mouseY<210){ water=[0, 0, 20,14]; } if(mouseY>210 && mouseY<240){ water=[255, 0, 200,8]; } } } // Instructions fill(0, 0, 0); frameRate(40); textSize(20); if(number===0){ text("<<< Click This Button to add Fish",50,10,200,200); text("Click This Button >>> to change the Water",290,10,200,200); } };
Folds	65,143,145,701,703,754
Fork	true
Key	ag5zfmtoYW4tYWNhZGVteXIUCxIKU2NyYXRjaHBhZBjvpczUEAw
Votes	673
Spin-Offs	15
Type	PJS
Width	600
Height	400
User Flagged	false
Origin Scratchpad	{"id":"6136673667645440","title":"Project: Fish Tank","deleted":"false","official":"false"}
Hidden From Hotlist	false
Restricted Posting	false
By Child	false
Author Nick	Bransford C.
Author Name	BransfordC12
Author ID	kaid_734635879443493286170354
Author Profile Access	COACH

Archive Data

Added	10 months ago, 1739288209873
Updated	7 months ago, 1744820670945
Source Deleted	unknown